Norfolk: a Navy town that works hard
Norfolk is home to Naval Station Norfolk — the world’s largest naval base — along with major hospitals, Old Dominion University, the port and historic neighborhoods like Ghent and downtown on the Elizabeth River.
Long duty days, hospital shifts, physical port work and study all take a toll: tight backs, sore legs and stress that builds up between leave and weekends.
Why in-home massage works in Norfolk
Built around duty and shift schedules
Book mornings, afternoons or evenings around watches and rotations.
Recovery for physical jobs
Deep tissue and sports massage for back, shoulders and legs.
Before or after deployment
A calm hour at home with your partner — couples massage is available too.
Massage services in Norfolk
Licensed therapists come to your home in Norfolk. Prices are for 60 minutes; gratuity optional.
Before your therapist arrives in Norfolk
- Houses in Ghent and older neighborhoods often have street parking only — tell the therapist where to park.
- Apartments: add the building, unit and any entry code.
- Therapists do not go onto base housing without proper access; book at an off-base address.
How it works
Choose & book
Pick your service, date and time and book online in minutes.
We come to you
A licensed therapist arrives with the table, linens and oils.
Relax at home
No travel, no waiting room — just your massage.
Norfolk massage — FAQ
Can a therapist come to on-base housing?
Therapists need access to enter base housing, which they usually don’t have. Booking at an off-base home address is the easiest option.
I work long hospital shifts — what should I book?
Swedish or deep tissue focused on legs, feet and back. Add your problem areas in the booking notes.
Do I need an account to book?
No. You can book as a guest with your name, email and card; afterwards you can create your account with the same email to see your appointment.
What does the therapist bring?
A professional massage table, clean linens and oils. You only need a little floor space — about 7 × 4 feet (2 × 1.2 m).